Class 12 Chemistry Practicals Volumetric Analysis Estimation Oxalic Acid

Ex.No: 03.   ESTIMATION OXALIC ACID AIM: To estimate the amount of Oxalic Acid dissolved in 500ml of the given solution volumetrically. For this you are given with a standard solution of ferrous ammonium sulphate (FAS) of normality 0.1N and Potassium Permanganate as link…

Class 12 Chemistry Practicals Volumetric Analysis Estimation Of Sodium Hydroxide

Ex.No: 04.  ESTIMATION OF SODIUM HYDROXIDE   AIM: To estimate the amount of Sodium hydroxide dissolved in 250ml of the given unknown solution volumetrically. For this you are given with a standard solution of sodium carbonate normality 0.0948 N and hydrochloric acid as link…

Class 12 Chemistry Practicals Volumetric Analysis Estimation Of Oxalic Acid

Ex.No: 04.   ESTIMATION OF OXALIC ACID   AIM: To estimate the amount of Oxalic acid dissolved in 1250 ml of the given unknown solution volumetrically. For this you are given with a standard solution of HCl solution of normality 0.1010N and sodium hydroxide solution as link…

Class 12 Chemistry Practicals Volumetric Analysis Estimation of Ferrous Sulphate

VOLUMETRIC ANALYSIS   Ex.No: 1. : - 1.ESTIMATION OF FERROUS SULPHATE (FeSO4) AIM: To Estimate the amount of ferrous sulphate dissolved in 750 ml of the given unknown solution volumetrically. For this you are given with a standard solution of ferrous ammonium sulphate (FAS…

Class 12 Chemistry Practicals Volumetric Analysis Estimation Of Ferrous Ammonium Sulphate

AIM: To estimate the amount of Ferrous Ammonium Sulphate (FAS) dissolved in 1500 ml of the given unknown solution volumetrically. For this you are given with a standard solution of ferrous sulphate (FeSO4) of normality 0.1024 N and Potassium Permanganate as link solution.  …

Class 12 Chemistry Practicals Preparation Of Reagents

PREPARATION OF REAGENTS                                                                                                                  Salt Analysis   1. Ammonium acetate                                                                        230 g / Litre 2. Ammonium…